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The amount of daylight entering the interior changes constantly, the transparency of shading devices must adopt to this:
• dark exterior (night)
• adequate amount of daylight is present (eq. cloudy sky)
• intolerable amount of daylight is present (eq. clear sky)
Openings and Shading Devices
Openings - equipped with internal or external shading devices - must also ensure visual connection with the exterior, possibly at all times!
Openings and Shading Devices
Dark exteriorGlazed surfaces become “black holes” on the building envelope It is recommended to add “curtains” for the internal surfaces of the openings at night!
Shading devices
Shading devicesThe available amount of daylight constantly changes, the required amount of shading must be changed accordingly:
• manual control
• central - automated - control
The structure of the material of shading devices can be:
• homogeneous
Shading devices
Shading devices
The structure of the material of shading devices can be:
• inhomogeneous
Such materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• inhomogeneousSuch materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• homogeneous or
• inhomogeneousInhomogeneous materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• homogeneous or
• inhomogeneousInhomogeneous materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• homogeneous or
• inhomogeneousInhomogeneous materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• homogeneous or
• inhomogeneousInhomogeneous materials might cause visual discomfort, glare in the interior!
Shading devices
The structure of the material of shading devices can be:
• homogeneous or
• inhomogeneousInhomogeneous materials might cause visual discomfort, glare in the interior!
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces
Shading devices
Color:it is recommended to use white or light gray colors to achieve maximal light reflectance
Light Diffusion:shiny materials ensure better light reflectance, but could also create glare (visual discomfort)it’s easier to clean the shiny surfaces